The blockchain industry therefore lacks a quantum-resilient interoperability layer, one that can secure validator communication, proof verification, and key custody both against today’s classical exploits …

Oct 30, 2024 · PQC algorithms are based on mathematical problems that are believed to be resistant to quantum attacks, such as lattice-based, hash-based, and code-based cryptographic methods.

Guidelines for quantum-safe transport-layer encryption responsible for specifying cryptographic requirements. They can also be used in R& and prototyping as well as for contract negotiations. For …

Feb 25, 2025 · TS 33.210: Specifies the security architecture for network domain IP-based control planes, which covers the control plane security and on selected interfaces between network …

Quantum-safe networks are designed to resist the most powerful future quantum threats. Get the latest insights and explore what it means for today’s networks.

To address this issue, the study leverages post-quantum cryptography by developing a modified TLS protocol using lattice-based cryptographic algorithms. The performance of the system was evaluated …

A performance study exploring the real-world latency and resource impact of quantum-safe TLS configurations.

Feb 6, 2023 · TLS is supported by all network functions in the 5G architecture in service-based interface, while IKEv2 is used to establish a shared secret in non-service-based interface

4 days ago · 1. Minimal Performance Impact Quantum readiness cannot come at the expense of network performance. Enterprise networks, particularly modern architectures like SD-WAN, demand …

In this paper, we propose Qtenon, a tightly coupled system for eficient hybrid quantum-classical algorithm acceleration. Qtenon is composed of both hardware part and software part.